S; 8:1 Vs 240 Vms + + Vpri RL 1.5 kN Ge Vo sec 60 Hz Figure 2: Half - Wave Rectifier Circuit 2 Referring to the half -wave rectifier in Figure 2, given the diode voltage, VD = 0.7 V for Silicon and VD = 0.3 V for Germanium. (i) Determine the peak secondary voltage, Vsec. (ii) Draw and label completely the output voltage, Vo. (iii) Determine the average output voltage, Vo(avg). (iv) If 200 µF capacitor is connected in parallel with load resistor, RL, determine the ripple factor, r.

Power System Analysis and Design (MindTap Course List)
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Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter4: Transmission Line Parameters
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Si
8:1
Vs
240 Vrms
+
+
+
RL
1.5 k2
pri
Vsec
Ge
Vo
60 Hz
Figure 2: Half - Wave Rectifier Circuit
Q.2
Referring to the half -wave rectifier in Figure 2, given the diode voltage, VD = 0.7 V
for Silicon and VD = 0.3 V for Germanium.
(i)
Determine the peak secondary voltage, Vsec.
(ii)
Draw and label completely the output voltage, Vo.
(iii) Determine the average output voltage, Vo(avg).
(iv) If 200 µF capacitor is connected in parallel with load resistor, RL,
determine the ripple factor, r.
Transcribed Image Text:Si 8:1 Vs 240 Vrms + + + RL 1.5 k2 pri Vsec Ge Vo 60 Hz Figure 2: Half - Wave Rectifier Circuit Q.2 Referring to the half -wave rectifier in Figure 2, given the diode voltage, VD = 0.7 V for Silicon and VD = 0.3 V for Germanium. (i) Determine the peak secondary voltage, Vsec. (ii) Draw and label completely the output voltage, Vo. (iii) Determine the average output voltage, Vo(avg). (iv) If 200 µF capacitor is connected in parallel with load resistor, RL, determine the ripple factor, r.
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